public MainPage()
{
NavigationPage.SetHasNavigationBar(this, false);
myTimerOption = new TimerOption();
GridChildrenInitialize();
MainGridInitialize();
StopWatch.AddLabelToDraw(timerNumL);
SizeChanged += OnSizeChanged;
Content = mainG;
}
public Settings()
{
//Loading pop-up interval from saved properties
_interval = new IntervalOption("Pop-ups interval", getInterval());
_notify = new NotifyOption("Notification", getNotifyState());
_vibrate = new VibrateOption("Vibrate", getVibrateState());
_timer = new TimerOption("Timer", _interval.TimePeriod);
// TODO: ADDING NEW OPTION: creating object
_updateTimerValue = new UpdateTimerValue(OnPropertyChanged);
}
// construct fomr a time span
public Timer(System.TimeSpan OriginTimeSpan, TimerOption timeroption)
{
originTimeSpan = OriginTimeSpan;
diffTimeSpan = originTimeSpan;
startTime = System.DateTime.Now;
endTime = startTime.Add(diffTimeSpan);
currentTime = System.DateTime.Now;
expire = false;
alarm = false;
endSig = false;
pause = false;
timerOption = timeroption;
}
public TimerConfigure(System.DateTime StartTime, System.DateTime EndTime, System.DateTime CurrentTime, System.DateTime PauseTime,
System.TimeSpan DiffTimeSpan, System.TimeSpan OriginTimeSpan,
bool Expire, bool Alarm, bool EndSig, bool Pause, TimerOption TO)
{
startTime = StartTime;
endTime = EndTime;
currentTime = CurrentTime;
pauseTime = PauseTime;
diffTimeSpan = DiffTimeSpan;
originTimeSpan = OriginTimeSpan;
expire = Expire;
alarm = Alarm;
endSig = EndSig;
pause = Pause;
timerOption = TO;
}
// Create a niew one, overload.
public TimerForm(System.TimeSpan OriginTimeSpan, TimerOption timeroption, int CountLimit)
{
this.themeColors = new ThemeColors();
InitializeComponent();
this.FormClosing += new System.Windows.Forms.FormClosingEventHandler(CloseWindowsReceicer);
this.timer = null;
this.old = false;
// To build the timer.
this.option = timeroption;
this.duration = OriginTimeSpan;
this.ChooseStyle = ChooseStyle.TimeSpan;
this.count_limit = CountLimit;
this.refreshProgressBar(1); // For User Experience
this.displayer.AppendText(OriginTimeSpan.ToString("hh':'mm':'ss'.'fff"));
this.button1.Text = "Start";
this.soundconfigure.load();
}
// Read the json file from the path and build from it.
public virtual void load(string path)
{
TimerConfigure tc = new TimerConfigure();
string json;
using (StreamReader sr = new StreamReader(path))
{
json = sr.ReadToEnd();
Console.WriteLine("Read configure done.");
tc = JsonConvert.DeserializeObject <TimerConfigure>(json);
this.startTime = tc.startTime;
this.endTime = tc.endTime;
this.originTimeSpan = tc.originTimeSpan;
this.expire = tc.expire;
this.endSig = false;
this.alarm = tc.alarm;
this.pause = true;
this.timerOption = tc.timerOption;
this.diffTimeSpan = tc.diffTimeSpan;
this.pauseTime = tc.pauseTime;
}
}
// Constructor: read cofigure from json file and build
public Timer(string path = "./TimerConfig.json")
{
string json;
using (StreamReader sr = new StreamReader(path))
{
json = sr.ReadToEnd();
Console.WriteLine("Read configure done\n Now building the timer...");
this.timerConfigure = JsonConvert.DeserializeObject <TimerConfigure>(json);
this.startTime = this.timerConfigure.startTime;
this.endTime = this.timerConfigure.endTime;
this.originTimeSpan = this.timerConfigure.originTimeSpan;
this.expire = this.timerConfigure.expire;
this.endSig = false;
this.alarm = this.timerConfigure.alarm;
this.pause = true;
this.timerOption = this.timerConfigure.timerOption;
this.diffTimeSpan = this.timerConfigure.diffTimeSpan;
this.currentTime = System.DateTime.Now;
this.pauseTime = this.timerConfigure.pauseTime;
}
}
// Overload
private static Timer TimerBuildSwitcher(System.TimeSpan OriginTimeSpan, TimerOption timeroption, int cycle_limit = 0)
{
Timer T = null;
switch (timeroption)
{
case TimerOption.Normal:
T = new Timer(OriginTimeSpan, timeroption);
break;
case TimerOption.Cycle:
T = new CycleTimer(OriginTimeSpan, timeroption);
break;
case TimerOption.Timing:
// This might go wrong.
T = new TimingTimer(OriginTimeSpan, timeroption);
break;
case TimerOption.CycleCount:
// Here need to be modified, the limit should be sent from UI.
// Fixed
T = new CycleCountTimer(OriginTimeSpan, timeroption, cycle_limit);
break;
case TimerOption.Interval:
T = new IntervalCycleTimer(OriginTimeSpan, timeroption, cycle_limit);
break;
default:
Console.WriteLine("Timer type not chosen, it's set to default now.");
T = new Timer(OriginTimeSpan, TimerOption.Normal); // Build a default timer.
break;
}
return(T);
}
public TimingTimer(System.TimeSpan OriginTimeSpan, TimerOption timeroption) : base(
OriginTimeSpan, timeroption)
{
;
}
public IntervalCycle_TimerConfigure(System.DateTime StartTime, System.DateTime EndTime, System.DateTime CurrentTime, System.DateTime PauseTime,
System.TimeSpan DiffTimeSpan, System.TimeSpan OriginTimeSpan,
bool Expire, bool Alarm, bool EndSig, bool Pause, TimerOption TO, int Interval, int Count) :
base(StartTime, EndTime, CurrentTime, PauseTime, DiffTimeSpan, OriginTimeSpan, Expire, Alarm, EndSig, Pause, TO)
{
interval = Interval;
count = Count;
}
public CycleCount_TimerConfigure(System.DateTime StartTime, System.DateTime EndTime, System.DateTime CurrentTime, System.DateTime PauseTime,
System.TimeSpan DiffTimeSpan, System.TimeSpan OriginTimeSpan,
bool Expire, bool Alarm, bool EndSig, bool Pause, TimerOption TO, int Limit, int Count) :
base(StartTime, EndTime, CurrentTime, PauseTime, DiffTimeSpan, OriginTimeSpan, Expire, Alarm, EndSig, Pause, TO)
{
limit = Limit;
count = Count;
}
private void comboBox1_SelectedIndexChanged(object sender, EventArgs e)
{
this.option = (TimerOption)(comboBox1.SelectedIndex + 1); // When selected the option, it will be set.
}
public CycleCountTimer(System.TimeSpan OriginTimeSpan, TimerOption timeroption, int Limit) : base(
OriginTimeSpan, timeroption)
{
this.limit = Limit;
this.count = 0;
}
public IntervalCycleTimer(System.TimeSpan OriginTimeSpan, TimerOption timeroption, int Interval) : base(
OriginTimeSpan, timeroption)
{
this.interval = Interval;
this.intervalSpan = new System.TimeSpan(0, 0, this.interval);
}
